Magnetic Fields and Work | Physics with Professor Matt Anderson | M23-18

Magnetic Fields and Work | Physics with Professor Matt Anderson | M23-18

If a charge is moving and it feels a force in a magnetic field, surely there must be some work done. No? Physics with Professor Matt Anderson

Rethinking the Electric and Magnetic Field

Falling Box with Pulley | Physics with Professor Matt Anderson | M12-23

Length Contraction | Physics with Professor Matt Anderson | M29-01

Does Wavelength or Frequency Change in Glass? | Physics with Professor Matt Anderson | M28-15

Wearing Glasses - What's the Power? | Physics with Professor Matt Anderson | M28-03

Geometric Optics Intro - Light is a Ray | Physics with Professor Matt Anderson | M27-01

Introduction to Alternating-Current (AC) Circuits | Physics with Professor Matt Anderson | M26-01

Electric Field Strength of EM Wave | Physics with Professor Matt Anderson | M25-16

Polarization | Physics with Professor Matt Anderson | M25-15

The Doppler Effect | Physics with Professor Matt Anderson | M25-14

Electromagnetic Wave Propagation Vector | Physics with Professor Matt Anderson | M25-13

Intensity of Electromagnetic Waves | Physics with Professor Matt Anderson | M25-09

Electromagnetic Wave Detector | Physics with Professor Matt Anderson | M25-07

Electromagnetic Energy | Physics with Professor Matt Anderson | M25-06

Electromagnetic Wave Travels West | Physics with Professor Matt Anderson | M25-05

How to Detect Electromagnetic Waves | Physics with Professor Matt Anderson | M25-03

E Generates B and B Generates E | Physics with Professor Matt Anderson | M25-02

Electromagnetic Waves Introduction | Physics with Professor Matt Anderson | M25-01

Wire Loop Pulled into Magnetic Field | Physics with Professor Matt Anderson | M24-15

Transformer Example - A Toy Train | Physics with Professor Matt Anderson | M24-14